Target Detectors TRIZ Cases

Impact-resistant sensing assemblies turn repeated projectile hits into immediate shot feedback and reusable training data.

Overlapping single-wire patches isolate wire breaks, preserving impact location accuracy and coverage after multi-fragment hits.

Electrical signal differences let a conductive target count true target-zone hits while ignoring lead line strikes for real-time shooting analysis.

Direct sunlight can distort temperature readings in open-area LOMAH setups; acoustic sensors and trained models calculate 3D bullet impact and trajectory.

A hinged lid and separable support modules let an electronic dart game apparatus fold into manageable sections for transport and truck loading.

Replacing bulky conventional sensors with a piezoelectric MEMS element reduces volume, weight, and power consumption while maintaining detection quality.

Machining upper conductive layers centers electrodes around positioning points, reducing placement uncertainty below 10 μm for accurate impact location.

Camera and radar fusion determines projectile deviation, replacing mechanical adjustments with optical detection for flexible target selection.

A shooting target system featuring integrated recording areas for firearm and environmental data.

Layered ignition device produces sustained colored smoke to resolve brief visual indication limits in shooting targets.

Dual cameras mounted on the side wall capture player and target views without obstructing the throw line.

Multi-angle image capture units detect dart positions on a solid target, replacing embedded sensors to enable accurate automatic scoring.

Transparent film preserves transitional target indicia visibility within impact halos, resolving measurement precision issues caused by ink displacement.

A portable target evaluation unit captures images and uses machine learning models to detect hits on conventional paper targets.

Independent impact sensor on target frame activates indicator light upon bullet strike, protecting electronics from kinetic energy damage.

A V-shaped target apparatus integrates cleats and rings to securely mount inflated balloons for shooting practice.

An optical sensing target uses an infrared matrix to detect projectile hits and compute scores instantly.

An electronic target uses a solar cell to detect pulsed laser beams, enabling precise shooting evaluation without live ammunition risks.

Axial rotation of the game board provides versatile gaming modes while reducing device complexity through shared electronics.

Segmenting the system into a replaceable absorber and stable sensor plate reduces measurement errors caused by repeated impacts.

A unitary target hit indicator integrates impact and acoustic sensors with a light redirection element to detect projectile strikes.

A front-back paper reel system separates releasing and collecting boxes to prevent entanglement during live-fire training.

Shooting target plates resonate to produce distinct sounds when struck by projectiles.

A target label assembly uses a scattering toner layer to reveal contrasting substrate colors upon projectile impact.

A mobile-based online dart competition system captures player and board images via dedicated modules for remote play.

A pressure detection device uses a floating element and sensor to detect shot impacts on a target.

Sliding marking columns with elastic plugs record impact positions mechanically, eliminating power supply needs and reducing device complexity.

Segmented telescopic components resolve the contradiction between structural simplicity and user feedback in shooting targets.

A dartboard backlight circuit mounts LEDs on a PCB behind a rubber damper plate to isolate components from impact vibrations.

Detachable and rotatable frames adjust the included angle between support members, resolving storage complexity while maintaining structural stability.

Structure-borne sound sensors trigger a brief light flash to capture projectile impact positions using standard cameras.

A gravity-fed target disk track automatically feeds replacement targets to a holder, eliminating manual reloading delays during shooting sessions.